ZaviQ Inc.
Next-generation SQUID-based quantum magnetometers and TDEM systems for subsurface investigation.
Website: https://zaviq.ca/
Cover Block
Open sources
| Name | ZaviQ Inc. |
| Tagline | Next-generation SQUID-based quantum magnetometers and TDEM systems for subsurface investigation. |
| Headquarters | Sherbrooke, Canada |
| Founded | 2023 |
| Stage | Pre-Seed |
| Business Model | Hardware + Software |
| Industry | Deeptech |
| Technology | Quantum Computing |
| Geography | North America |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (2) |
| Funding Label | Pre-seed |
| Total Disclosed | C$450,000 (approximately $328,500) [Biderang LinkedIn post, May 2026] |
Links
Open sources
- Website: https://zaviq.ca/
- LinkedIn: https://www.linkedin.com/company/zaviq
What an Investor Needs First
Open sources
ZaviQ Inc. is developing superconducting quantum sensors to see deeper underground, a hardware-intensive bet that could improve critical decisions in construction, mining, and environmental work where conventional geophysics fails [ZaviQ, retrieved 2026]. The company, founded in 2023, originated from CEO Mehdi Biderang's postdoctoral research at the University of Toronto and was built to commercialize a SQUID-based time-domain electromagnetic (TDEM) system [Biderang LinkedIn post, retrieved 2026]. This core technology aims to detect weak magnetic signals with far greater sensitivity than standard equipment, promising higher-resolution subsurface mapping to locate buried objects, assess soil composition, and identify anomalies [ZaviQ, retrieved 2026].
The founding team pairs Biderang's quantum hardware expertise with co-founder Mahsa Abdetedal's background in mining engineering and field geophysics, a combination that aligns with the technical and applied challenges of the product [ZaviQ, retrieved 2026]. In May 2026, the company secured C$450,000 in pre-seed funding from quantum-focused investors QV Studio and Quantacet, capital earmarked for field validation and pilot projects [Biderang LinkedIn post, May 2026]. The business model is positioned at the intersection of hardware sales and specialized services, targeting engineering and resource exploration teams. Over the next 12-18 months, the key milestones to watch are the transition from pilot projects to named commercial deployments and the scaling of both technical operations and commercial outreach beyond its current early-stage team.
Partially corroborated -- Core company claims are sourced from its website and founder announcements; funding amount is confirmed via LinkedIn post. Team background and investor details are public but lack independent third-party corroboration.
Taxonomy Snapshot
| Axis | Classification |
|---|---|
| Stage | Pre-Seed |
| Business Model | Hardware + Software |
| Industry / Vertical | Deeptech |
| Technology Type | Quantum Computing |
| Geography | North America |
| Growth Profile | Venture Scale |
| Founding Team | Co-Founders (2) |
| Funding | Pre-seed (~$328,500) |
Inside the Company
Open sources
The company's origin is a textbook deep-tech story, beginning in a university lab and moving toward commercialization through a structured regional ecosystem. ZaviQ Inc. was founded in 2023, originating from work by CEO Mehdi Biderang during his postdoctoral research at the University of Toronto [Biderang LinkedIn post, retrieved 2026]. The company is headquartered in Sherbrooke, Quebec, a location that aligns with its early-stage partnership with the Université de Sherbrooke [Prompt, November 2025].
A key early milestone was the formation of a strategic partnership in late 2025. In November, quantum ecosystem builder Prompt and investor QV Studio announced a collaboration to support startups, with an initial project led by ZaviQ and the Université de Sherbrooke aimed at developing a new generation of ultrasensitive sensors [Prompt, November 2025]. This provided non-dilutive support and technical validation before any formal equity round.
The primary capital event to date is a C$450,000 pre-seed round closed in May 2026. The funding was led by QV Studio with participation from Quantacet, and was described by the CEO as supporting field validation, pilot projects, and strategic partnerships [Biderang LinkedIn post, May 2026]. The company's LinkedIn profile lists a headcount of 1-10 employees [ZaviQ LinkedIn, retrieved 2026].
Partially corroborated -- Core facts (founding year, funding round, HQ) are confirmed by company and investor sources. Headcount and specific founding timeline are based on a single source each.
Under the Hood
Reported and inferred
ZaviQ’s commercial proposition is a hardware and software system designed to see deeper into the ground than conventional geophysical tools. The company states its core technology is a Superconducting Quantum Interference Device (SQUID)-based time-domain electromagnetic (TDEM) system, engineered to detect extremely weak magnetic signals from subsurface anomalies [ZaviQ, retrieved 2026]. The technical rationale, as presented, is that superconducting sensors offer a sensitivity advantage over traditional induction coils, potentially overcoming limitations posed by background noise, conductive soils, or deep targets where signal strength decays [ZaviQ, retrieved 2026]. This sensitivity is intended to translate into higher-resolution data on soil composition, buried infrastructure, mineral deposits, and groundwater, with the stated goal of reducing uncertainty for clients in construction, mining, and environmental assessment [ZaviQ, retrieved 2026].
The product’s development appears to be in a validation phase. Public announcements frame the recent pre-seed capital as supporting field validation and pilot projects, not commercial sales [Biderang LinkedIn post, May 2026]. A November 2025 partnership announcement between QV Studio and Prompt identified an initial project led by ZaviQ and the Université de Sherbrooke to develop a new generation of ultrasensitive sensors, suggesting an ongoing academic collaboration to advance the core hardware [Prompt, November 2025]. The company’s website lists application areas but does not name specific paying customers or provide case studies of completed deployments [ZaviQ, retrieved 2026].
Partially corroborated -- Product claims are sourced from the company website and investor portfolio pages; the development stage and partnership are corroborated by a separate press release and founder announcement.
Market Research
Open sources The market for advanced subsurface investigation is being reshaped by a growing need to see deeper and more clearly into the ground before committing capital to infrastructure, resource extraction, or environmental remediation.
No third-party analyst report sizing the specific market for SQUID-based quantum magnetometers in geophysics was identified in the available sources. The total addressable market can be approached by examining adjacent, established markets for geophysical equipment and services. The global market for geophysical services was valued at approximately $11.6 billion in 2024 and is projected to grow at a compound annual growth rate of 4.2% through 2032, driven by demand from the oil and gas, mining, and construction sectors [Grand View Research, 2024]. Within this, the electromagnetic geophysical equipment segment, which includes conventional TDEM systems, represents a smaller but critical niche. For a comparable deep-tech analog, the global quantum sensing market, which includes magnetometers for non-geophysical applications like biomedical imaging and navigation, was estimated at $0.5 billion in 2023 with projections exceeding $1.3 billion by 2030 [Yole Group, 2024]. ZaviQ's serviceable obtainable market would be a fraction of these figures, initially targeting pilot projects in mining and infrastructure where its specific sensitivity advantages justify a premium.
Demand is anchored in several persistent industry challenges. Conventional geophysical methods, such as induction-based TDEM or resistivity imaging, face fundamental limitations in highly conductive environments, at greater depths, or in areas with high cultural noise [ZaviQ, retrieved 2026]. These limitations translate into project risk and cost overruns. Key demand drivers include increased investment in critical mineral exploration, aging infrastructure requiring detailed subsurface assessment for repairs, and stricter environmental regulations mandating comprehensive site characterization. The partnership announced between Prompt and QV Studio in November 2025, which named a ZaviQ-Université de Sherbrooke sensor development project, explicitly frames the effort as powering "tomorrow's quantum startups" to address such industrial challenges [Prompt, November 2025].
Adjacent and substitute markets present both competition and potential expansion vectors. The primary substitute is the continued use and incremental improvement of conventional geophysical sensors. A more disruptive adjacent market is the application of similar quantum sensing technology in defense (for undersea or underground object detection) and biomedical imaging. Success in ZaviQ's core geophysical vertical could provide a technical proof point for expansion into these other high-value domains. Regulatory and macro forces are generally favorable but carry implementation risk. Government policies in Canada and elsewhere promoting domestic critical mineral supply chains could accelerate exploration spending. Conversely, the capital-intensive nature of mining and large-scale infrastructure means sales cycles are long and tied to commodity prices and permitting timelines, introducing macroeconomic sensitivity.
Geophysical Services (2024) | 11600 | $M
Quantum Sensing (2023) | 500 | $M
The available sizing data illustrates the context: ZaviQ is operating at the intersection of a large, slow-growth traditional industry and a smaller, high-growth deep-tech category. The commercial wedge depends on capturing specific, high-value use cases within the larger geophysical services pool where quantum sensitivity provides a decisive advantage.
Partially corroborated -- Market sizing is drawn from analogous, third-party industry reports. Specific TAM for quantum magnetometers in geophysics is not publicly available from a cited source.
Competition and Substitutes
MIXED, ZaviQ positions itself as a deep-tech challenger, applying quantum-grade superconducting sensors to a market historically served by conventional geophysical equipment and a handful of specialized SQUID manufacturers.
| Company | Positioning | Stage / Funding | Notable Differentiator | Source |
|---|---|---|---|---|
| ZaviQ Inc. | Quantum SQUID-based TDEM systems for subsurface investigation. | Pre-seed; C$450k (May 2026) from QV Studio, Quantacet. | Focus on integrated TDEM systems for field geophysics; leverages quantum sensor sensitivity for depth/resolution. | [ZaviQ, retrieved 2026]; [Biderang LinkedIn post, May 2026] |
| Supracon AG | Manufacturer of SQUID sensors and systems for biomagnetism, NDT, and geophysics. | Private company; funding not disclosed. | Established supplier of commercial SQUID systems; strong presence in laboratory and industrial non-destructive testing. | [Supracon AG] |
| Dias Geophysical | Provider of high-resolution geophysical instruments and services, including EM systems. | Private company; funding not disclosed. | Full-service geophysical contractor with proprietary EM technology; direct customer relationships in resource exploration. | [Dias Geophysical] |
| Tristan Technologies, Inc. | Designer and manufacturer of SQUID-based measurement systems. | Private company; funding not disclosed. | Long-standing provider of custom SQUID systems for research and specialized industrial applications. | [Tristan Technologies, Inc.] |
The competitive map splits into three tiers. Established SQUID component manufacturers like Supracon, Tristan Technologies, and Quantum Design Inc. supply the core sensors but typically as laboratory or OEM modules, not as turnkey field systems for geophysical surveying. Full-service geophysical contractors, such as Dias Geophysical, own the customer relationship and field deployment but rely on conventional EM technology; they represent both a potential channel and a future integration challenge. Finally, adjacent substitutes include providers of conventional time-domain electromagnetic (TDEM) systems and other non-SQUID geophysical methods, which set the baseline for cost and operational simplicity that any new technology must justify.
ZaviQ's current edge is technical and appears perishable. The defensible element is the integration of a high-sensitivity SQUID sensor into a field-ready TDEM system, a combination not widely commercialized. This integration, supported by the founders' dual expertise in quantum hardware and applied geophysics, constitutes the initial wedge [ZaviQ, retrieved 2026]. However, this is a first-mover advantage in a narrow niche, not a structural moat. The technology is capital-intensive and relies on a supply chain for superconducting components that competitors could also access. Durability will depend on securing patents, accumulating proprietary field data that improves interpretation algorithms, and locking in pilot customers before larger incumbents decide to develop or acquire similar capabilities.
The company's most significant exposure is to incumbents with deeper customer footprints and operational scale. A firm like Dias Geophysical, with established sales channels and field crews, could partner with a SQUID manufacturer to create a competing system, leveraging its existing trust to capture the market ZaviQ is trying to create. Furthermore, ZaviQ does not currently own a direct sales or service channel for geophysical contracting, a gap that could slow commercial adoption and leave them dependent on partnerships that may dilute margins and control.
The most plausible 18-month scenario involves a race to secure referenceable pilot projects in a key vertical like mineral exploration or critical infrastructure assessment. The winner in this phase will be the company that demonstrates not just superior sensitivity in controlled tests, but also operational robustness, data interpretability, and a clear total-cost advantage over conventional methods. If ZaviQ can convert its university collaboration and pre-seed capital into a handful of such validated case studies, it becomes an attractive acquisition target for a larger geophysical service provider or instrument maker. The loser is any player that remains a component supplier without a direct path to the end-user workflow; a pure SQUID manufacturer that fails to move up the stack may find itself commoditized.
Partially corroborated, Competitor profiles and positioning are based on public company descriptions; detailed funding and market share data for these private entities are not independently verified.
Opportunity
Open sources The prize for ZaviQ is the potential to become the default provider of high-resolution subsurface intelligence for critical infrastructure and resource projects, a role that could command premium pricing and recurring service revenue across a multi-billion-dollar global geophysical survey market.
The headline opportunity is to establish a new performance standard for non-invasive subsurface investigation. Where conventional electromagnetic and ground-penetrating radar methods are limited by depth, noise, or difficult ground conditions, ZaviQ’s SQUID-based TDEM system aims to provide a step-change in sensitivity. The company’s stated goal is to reduce uncertainty before major capital expenditures in construction, mining, and environmental work [ZaviQ website]. If the technology validates its claims in field pilots, the logical endpoint is not merely another sensor vendor but the provider of a definitive, trusted data layer for site characterization. This outcome is reachable because the underlying physics of superconducting quantum interference devices is well-established for extreme sensitivity, and the founding team combines deep expertise in the requisite quantum hardware and applied geophysics [ZaviQ team]. The early backing from quantum-focused investors QV Studio and Quantacet provides capital and domain-specific validation to pursue this technical path [Biderang LinkedIn post, May 2026].
Growth from a pre-seed startup to a category-defining player would likely follow one of several concrete paths. The table below outlines two plausible scenarios.
| Scenario | What happens | Catalyst | Why it's plausible |
|---|---|---|---|
| Infrastructure Standard | ZaviQ’s service becomes a recommended or required step in the planning phase for major public infrastructure projects (e.g., tunnels, dams, rail). | A successful, high-profile pilot project with a government transportation or utilities agency, documented in a technical case study. | The company explicitly targets infrastructure and construction applications, and the cited partnership with Université de Sherbrooke suggests academic validation work is underway [Prompt, November 2025]. |
| Mining Exploration Wedge | The company becomes the preferred provider for deep mineral exploration, displacing older TDEM systems in greenfield sites where conductivity contrasts are subtle. | Securing a paid contract with a junior or mid-tier mining company for a exploration campaign, leading to a discovery. | Co-founder Mahsa Abdetedal’s background is in mining engineering and geophysics, and mining is listed as a core target market [ZaviQ team] [ZaviQ website]. |
Compounding for ZaviQ would look like a data and reputation flywheel. Each successful commercial deployment generates a proprietary dataset of subsurface signatures under specific geological conditions. This library of anomalies and responses could be used to refine inversion algorithms, improving the accuracy and speed of interpretation for future clients. Furthermore, a track record of successful “finds” - whether buried utilities, groundwater resources, or mineral deposits - would build a reputation for reliability that is critical in risk-averse industries like civil engineering and mining. Early signs of this flywheel are not yet public, as the company is in the field validation phase, but the stated intent to pursue pilot projects and strategic partnerships is the necessary first step [Biderang LinkedIn post, May 2026].
The size of the win can be framed by looking at established players in adjacent measurement fields. Quantum Design Inc., a provider of advanced measurement systems including SQUID magnetometers for materials research, is a privately held company with an estimated annual revenue in the hundreds of millions of dollars [industry reports]. A more direct comparable is difficult given the niche application, but the total addressable market for geophysical surveying and exploration services globally is measured in the tens of billions annually. If the “Infrastructure Standard” scenario plays out and ZaviQ captures even a single-digit percentage of the high-end, complex-site survey market, the company could scale to a valuation comparable to specialized instrumentation firms, which often trade at significant revenue multiples due to their proprietary technology and high margins. This is a scenario-based outcome, not a forecast.
Partially corroborated -- Opportunity framing is extrapolated from stated company goals and investor backing; specific market share or valuation comparables are not directly cited for this application.
Sources
Open sources
[ZaviQ, retrieved 2026] ZaviQ - Next Generation Geophysics | https://zaviq.ca/
[ZaviQ, retrieved 2026] About - ZaviQ | https://zaviq.ca/about/
[ZaviQ, retrieved 2026] Team - ZaviQ | https://zaviq.ca/team/
[Biderang LinkedIn post, retrieved 2026] Mehdi Biderang LinkedIn post | https://www.linkedin.com/posts/mehdi-biderang-152814204_entrepreneurship-startupjourney-deeptech-activity-7407874698195185664-ZQ7w
[Prompt, November 2025] Prompt and QV Studio join forces to power tomorrow’s quantum startups | https://promptinnov.com/en/news/prompt-and-qv-studio-join-forces-to-power-tomorrows-quantum-startups/
[Biderang LinkedIn post, May 2026] Mehdi Biderang LinkedIn post | https://www.linkedin.com/posts/mehdi-biderang-152814204_official-declaration-of-zaviq-we-will-make-activity-7458181949665411073-N7TY
[ZaviQ LinkedIn, retrieved 2026] ZaviQ LinkedIn | https://www.linkedin.com/company/zaviq
[Grand View Research, 2024] Global Geophysical Services Market Size Report | https://www.grandviewresearch.com/industry-analysis/geophysical-services-market-report
[Yole Group, 2024] Quantum Sensing 2024 Market Report | https://www.yolegroup.com/product/report/quantum-sensing-2024/
[Supracon AG] Supracon AG | https://www.supracon.com/
[Dias Geophysical] Dias Geophysical | https://www.dias-geophysical.com/
[Tristan Technologies, Inc.] Tristan Technologies, Inc. | https://www.tristantech.com/
[QV Studio, retrieved 2026] QV Studio portfolio | https://www.qvstudio.com/single-project
[Quantacet, retrieved 2026] Quantacet portfolio | https://www.quantacet.com/en/clients/
Articles about ZaviQ Inc.
- ZaviQ's Quantum Sensor Aims to See Through the Ground for Construction and Mining — The Sherbrooke startup's SQUID-based magnetometers, backed by C$450,000, target a niche where conventional geophysics fails.